Table of Content
1.0 Introduction
2.0 Teaching Philosophy
3.0 Teaching Methods
4.0 Evidence of Teaching Success
5.0 Teaching History and Reflection
6.0 Supervision
7.0 Teaching Goals
Distinguish Lecture from Keysight Technology Malaysia
With Keysight Management Team
1.0 Introduction
I started my academic career as a Lecturer in 2005 and become a Senior Lecturer in 2009 at the Fakulti Kejuruteraan Elektronik dan Kejuruteraan Komputer (FKEKK), Universiti Teknikal Malaysia Melaka (UTeM). Currently I am serving at Department of Electronic Engineering. I had always see myself as an educator that educate the competent future human resource to this country as well as to the world in Telecommunication Engineering.
2.0 Teaching Philosophy
To Nurture Competent Future Scientist and Engineer
Students have different pace and background in learning and different ability in digesting the knowledge and skills. In order to prepare the students to be relevance in IR 4.0 and future telecommunication technology, the right content, lab practices as well as the project assignment are crucial. As an educator, I try my best to provide necessary knowledge and skill needed. However, I am also always ready to cater the student expectation in learning by assessing their needs in class regardless of their current performance.
"I believe the competency in the area of practice started with the right skill and knowledge in the area of study"
3.0 Teaching Methods
In delivering the courses, I had applied combination of methods depending on situations such as team-based learning by group discussions, flexibility in lectures delivery, intermittent questions and answer and also blended learning through the use of online platforms. The students need to prepare their assignment in video and will be upload to you tube so that it will benefit the public which have the interest on the discussed topic.
Project Base
Student's Presentation
Micro Coaching Session
Consultation
Field Measurement
Exhibition Exposure
Seminar by Industry
Keysight RF & Microwave Industry-Ready Student Certification Program
The Keysight RF and Microwave Industry-Ready Certification indicates competency and proficiency in the use of Keysight’s industry-leading PathWave electronic design automation (EDA) software and test and measurement instruments. A key component of this certification program is the use of Keysight's RF and microwave workflow environment: a comprehensive way to simulate, measure, and analyze communications components and systems.
Officiate Ceremony UTeM-Keysight
Please Click Below for List of Participating Universities
Resources on my YouTube Channel
4.0 Evidence of Teaching Success
Every semester, students will be completing the ‘Course Assessment Report’, an online survey prepared by the ‘Pusat Jaminan Kualiti & Akreditasi’ (PJKA), UTeM at the end of the semester. Summary of the recent assessment score is shown in Graph below.
Students Evaluation per Semester Towards My Lecture
Recent years for Degree Subject
5.0 Teaching History and Reflection
Post Graduate
Satellite Communication
Antenna Engineering
Under Graduate
Digital Communication
Communication Principle
Electromagnetic Theory
Telecommunication Engineering
Instrumentation Principle and Measurement
Electronic Laboratory
Radio Navigation System
Wireless Data Network
Digital Communication
Principle of Electrical and Electronic
It is great Honour to me when the students show me an appreciation word in the last class of the semester
Good Teacher Teach
Great Teacher Inspired
6.0 Supervision
Supervision of Post Graduate Students
Main Supervisor (PhD)
1. Student : Husam Abdulqudos Ahmed Alwareth
Title of Thesis : A Wideband Microstrip Array Antenna integrated with Frequency Selective Surface (FSS) for 5G Sub-6 GHz Applications
Current Status : On-Going
2. Student : Ahmed Jamal Abdullah Al Gburi
Title of Thesis : Enhancement Directivity of Frequency Selective Surface Structure On Ultra Wideband Monopole Antenna
Current Status : Graduated on Time
3. Student : Ayman Mohammed Ibrahim
Title of Thesis : Compact Mimo Antenna Design With High Isolation For LTE And 5G Applications
Current Status : Graduated on Time
Co-Supervisor
1. Student :Muhannad Kaml Abdulhameed
Title of Thesis : Beam Steering Control of Microstrip Pacth Antenna Using Electromagnet Bandgap
Current Status : Graduated on Time
Field-Supervisor
1. Student : Nazleen Syahira bt Mohd Suhaimi (USM Student)
Title of Thesis : Multi-Beam Antenna Network Towards Fifth Generation (5G)
Current Status : On-Going
Main Supervisor (Master by Research)
1. Student : Asreen Anuar Bin Abd Aziz
Title of Thesis : Design Of Direct Conversion Front End Receiver At 5.8 GHz Band
Current Status : Completed and Graduated
2. Student : Rabiatul Adawiyah bt Azian Kamaruddin
Title of Thesis : Design and Development of Radial Line Slot Array Antenna at 28 GHz
Current Status : Completed and Graduated
3. Student : Muhamad Akliff bin Abd Rahim
Title of Thesis : Design and Development of Microstrip Array Antenna with EBG Structure at 28 GHz
Current Status : Completed and Graduated
Co- Supervisor
1. Student : Norazura Mohd Nor
Title of Thesis : Slot Antenna for RFID System
Current Status : Completed and Graduated
2. Student : Sian Se Meng
Title of Thesis : Development of Dielectric Hydrocarbon And Ferrite – Based Materials For Microwave Absorber Through Powder Processing Technology
Current Status : Completed and Graduated
Main Supervisor (Master Dissertation)
Student : Husam Abdulqudos Ahmed Alwareth
Title of Thesis : An Array Antenna Design With EBG Structurer For RF-Energy Harvesting System
Current Status : Completed
2. Student : Ahmed Jamal Abdullah Al Gburi
Title of Thesis : Design of Ultra-Wideband Antenna With Notch Filter
Current Status : Completed
3. Student : Nur Hidayah binti Abdul Rahim
Title of Thesis : Side Lobe Reduction Of Microstrip Array Antenna at 26 GHz
Current Status : Completed
4. Student : Abdullah Abdullah AbdulWahab Atef
Title of Thesis : (LPMA) Log-Periodic Microstrip Array Antenna At Frequency 28 GHz
Current Status : Completed
5. Student : Nur Asheera Binti Basaruddin
Title of Thesis : Study Of Miniaturization Methods Of 915 Mhz Microstrip Antenna
Current Status : Completed
6. Student : Galal Salah Salem Alkatheri
Title of Thesis : Array Antenna Design at 28 GHz used for 5G
Current Status : Completed
7. Student : Muhammad Shaharuddin b Abd Razak
Title of Thesis : Isolation Technique Of 5G MIMO Antenna Using Defected Ground Structure
Current Status : Completed
Supervision of Undergraduate Final Year Project
Main Supervisor
2021/2022
1. Student : Muhammad Aiman Zhafri Bin Mohd Jafrizin
Title of Thesis : Enhancement of Radial Slot Array Antenna at 24-27.5GHz for 5G Application
Current Status : Completed
2020/2021
1. Student : Elzameera Bt Abdul Halim
Title of Thesis : Array Antenna Design for Wireless Backhaul at 3.5 GHz for 5G Application
Current Status : Completed
2.Student : Nur Farzana Bt Mohd Nazli
Title of Thesis : Wideband Antenna Design For Sub 6 GHz Range For 5G Application
Current Status : Completed
3.Student : Nor Syahirah Binti Abdul Jalil
Title of Thesis : Design, Analysis And Implementation of a Vehicle-To-Vehicle Driver Warning System For Rear-End Collision Avoidance In a Same Lane Braking Situation
Current Status : Completed
2019/2020
1.Student : Nor Zahirah Binti Khairol Bong
Title of Thesis : Array Antenna for 5G Application
Current Status : Completed
2.Student : Nur Syahindah Husna Binti Ramli
Title of Thesis : Array Antenna Design for sub 6 GHz for 5G Application
Current Status : Completed
2019/2018
1.Student : Muhammad Hafizudin Bin Shamsuddin
Title of Thesis : Online System Development For Critical Parameter Observation In Electronic Fabrication Laboratory
Current Status : Completed
2.Student : Najwa Izaati Mohd Yatim
Title of Thesis : Analysis Of Multi Beam Technique For Array Antenna At 28 Ghz
Current Status : Completed
3.Student : Sofi Izzati Binti Safiza
Title of Thesis : Analysis Of Compact Antenna Design For Short Range Device
Current Status : Completed
2017/2018
1.Student : Faridzul Bin Fazir Tan
Title of Thesis : Analysis Method On Miniaturized Antenna For Short Range Device Communication
Current Status : Completed
2.Student : Fiona-Farhana Binti Mahmud
Title of Thesis : Investigation Of Radial Line Slot Array (Rlsa) Antenna With Beam Steering System
Current Status : Completed
3. Student : Isma Qamar Ammar Bin Juffri
Title of Thesis : Investigation Of Different Array Arrangement Of Microstrip Patch Antenna And It Performance At 28 GHz Frequency
Current Status : Completed
4.Student : Nadea Eznee Binti Rezwanee
Title of Thesis : Investigation On Substrate Material And Its Effect To Bended UWB Antenna for medical application
Current Status : Completed
2016/2017
1.Student : Adiba Soliha Bt Saadon
Title of Thesis : Microstrip Array With Electromagnetic Band Gap At 28 Ghz
Current Status : Completed
2.Student : Siti Allyna Binti Mohd Yusoff
Title of Thesis : RADIAL LINE SLOT ARRAY ANTENNA DESIGN WITH AMC STRUCTURE AT 28 GHz
Current Status : Completed
3.Student : Nurul Aqilah Binti Mat Nor
Title of Thesis : A Study On The Radial Slot Line Array Antenna With EBG Structure At 28 GHz
Current Status : Completed
4.Student : Farahniza Binti Othman
Title of Thesis : Design And Development Of Planar Antenna For Short Range Communications
Current Status : Completed
5.Student : Nabila Binti Kamarudin
Title of Thesis : Ultra Wide Band Antenna Array Design And Development For Medical Application
Current Status : Completed
6.Student : Won Poh Ting
Title of Thesis : Ultra-Wideband Antenna Array Design And Development For Microwave Imaging
Current Status : Completed
7.Student : Syazwani Binti Ishak
Title of Thesis : Microstrip Array Antenna With Amc Structure At 28 GHz For 5G Technology
Current Status : Completed
Co-Supervisor
1.Student : Lee Vei Hung
Title of Thesis : Beam Switching Ultra-Wide Band Antenna for Medical Imaging
Current Status : Completed
2.Student : Nur Asheera Binti Basaruddin
Title of Thesis : Design, Development and Test Of Microstrip Antenna For Short Range Communication
Current Status : Completed
2015/2016
1.Student : Muhamad Akliff bin Abd Rahim
Title of Thesis : Design and Development of Microstrip Array Antenna at 28 GHz
Current Status : Completed
2. Student : Rabiatul Adawiyah bt Azian Kamaruddin
Title of Thesis : Design and Development of Radial Line Slot Array Antenna at 28 GHz
Current Status : Completed
3.Student : Nursyafikah binti Farakkasi
Title of Thesis : Characterization of Antenna at 38 GHz
Current Status : Completed
4.Student : Saddam Abdullah Qasem Abdo
Title of Thesis : Design and Development of Microstrip Antenna For GSM Application
Current Status : Completed
5.Student : Abdulhadi Hasan Aljoumah
Title of Thesis : Design And Development Of Planar Inverted-F Antenna(PIFA) For Short Range Communication Application
Current Status : Completed
6.Student : Nurul Khairiah Binti Zakaria
Title of Thesis : 5.8 GHz Antenna For Health Monitoring Application
Current Status : Completed
2010 and below
1.Student : Saifulzi bin Ismail/Abdullah
Title of Thesis : Pyramidal Microwave Absorbers
Current Status : Completed
2.Student : Mohd Syahro bin Che Hassan
Title of Thesis : Development of Flat Type Microwave Absorbers
Current Status : Completed
3.Student : Ruzaimah bt. Akumin
Title of Thesis ; A Design and Development of Antenna Rotational Table System For Radiation Pattern Test For A Small Size Antenna
Current Status : Completed
4.Student : Norazura binti Md. Nor
Title of Thesis : A Study on RF Test Facilities Development for Cubic Electronic
Current Status : Completed
5.Student : Mohd Mustaqim bin Muhammad Fhazin
Title of Thesis : Study on GPS System To The Mobile Terminal Device For Cubic Electronic
Current Status : Completed
6.Student : Mohd Hafizul b. Mohamed
Title of Thesis : Study on GPS Antenna To The Mobile Terminal Device
Current Status : Completed
7.Student : Masrizal bin Massor
Title of Thesis : Vihicle Security System Using GSM Broadband
Current Status : Completed
8.Student : Muhammad Firdaus b. Mustafa
Title of Thesis : A Study and Development on Microwave Absorbers Using Agriculture Waste Material
Current Status : Completed
9.Student : Mohd. Khairul Hisam bin Ab Ghani
Title of Thesis : Pyramidal Type of Radar Absorbing Material
Current Status : Completed
10.Student : Mohd Azizul Haqeem b. Tamarun
Title of Thesis : A Design and Development of Yagi Antenna at frequency 1-2GHz
Current Status : Completed
11.Student : Mohd Azwan b. Adnan
Title of Thesis : Fence Intruder Detection System (FIDS)
Current Status : Completed
12.Student : Mohd Syukor b. Che Omar
Title of Thesis : Vehicle Security System via SMS
Current Status : Completed
13.Student : Mohammad Afiq Hashim
Title of Thesis : Underwater Remote Operating Vehicle (ROV)
Current Status : Completed
14.Student : Mohd Saiful Azim b. Khairul
Title of Thesis : Encryption/ Decryption Software Using Microcontroller
Current Status : Completed
15. Student : Fauzi Bin Ramly
Title of Thesis : Development of Customer eXperience Solution (CXS) Functional Testing and Testing Procedure
Current Status : Completed
16.Student : Norul Husna Kholiah
Title of Thesis : Process And Yield Improvement For HSPDA Modem
Current Status : Completed
17. Student : Mohd Azizi B Ali Saberi
Title of Thesis : Design and Development of RF Absorber
Current Status : Completed
18.Student : Chuink Beng Cheong
Title of Thesis : Fence Intruder Detection System (FIDS)
Current Status : Completed
19.Student : Nurul Husna bt Abdul Razak
Title of Thesis : Intelligent Fish Feeder System
Current Status : Completed
20.Student : Mohd Fahrur Razi bin Mohd Hashim
Title of Thesis : Controlled Conveyer System
Current Status : Completed
21.Student : Nadia bt Ahamad Asbani
Title of Thesis : Design and Development of Circular Polarization Plannar Antenna for RFID Application
Current Status : Completed
22.Student : Siti Norlida bt Muhammed Nor
Title of Thesis : Design and Development of Linear Polarization of Plannar Antenna
Current Status : Completed
Students Project Supervision Award
1. Gold Award and 1st Prize for Emerging Technology Category “ Wideband Antenna Design for Sub 6 GHz Range for 5G Application” Inotek 2021
2. Silver Award “Array Antenna Design for Wireless Backhaul 3.5 GHz for 5G Apllication”, Inotek 2021
3. Bronze Award “Design, Analysis And Implementation of a Vehicle-To-Vehicle Driver Warning System For Rear-End Collision Avoidance In a Same Lane Braking Situation” Inotek 2021
4. Silver Medal “Online System Development For Critical Parameter Observation In Electronic Fabrication Laboratory” Inotek 2019
5. Bronze Medal “Analysis of Multi Beam Technique For Array Antenna At 28 GHz” Inotek 2019
6. Bronze Medal “Design and Performance Analysis of PIR Sensor for Motion Detection Application, Inotek 2019
7. IEEE Special Award, Women in Engineering “Investigation Of Radial Line Slot Array (Rlsa) Antenna With Beam Steering System” Inotek 2018
8. Silver Medal “Optimization of Microstrip Fed Slot Antenna For Short Range Device Application” Inotek 2018
9. Silver Medal “Investigation of Different Array Arrangement Of Microstrip Patch Antenna And It Performance At 28 GHz Frequency” Inotek 2018
10. Bronze Medal “Investigation On Substrate Material and it Effect To Bended UWB Antenna for medical application” Inotek 2018
11. Bronze Medal “Analysis Method On Miniaturized Antenna For Short Range Device Communication” Inotek 2018
12. IEEE Outstanding Final Year Project Award “Wearable Array Antenna-Improvement with EBG”, Inotek 2017
13. Third Prize in Emerging Technology Category “Ultra Wide Band Antenna Array Design and Development for Medical Application” Inotek 2017
14. Silver Medal “Microstrip Array Antenna Design with EBG Structure at 28 GHz” Inotek 2017
15. Silver Medal “Radial Line Slot Array Antenna Design with EBG Structure at 28 GHz” Inotek 2017
16. Silver Medal “Radial Line Slot Array Antenna Design with AMC Structure at 28 GHz” Inotek 2017
17. Bronze Medal “Ultra Wide Band Antenna Array Design and Development for Microwave Imaging” Inotek 2017
18. Bronze Medal “Microstrip Array Antenna at 28 GHz with AMC Structure” Inotek 2017
19. Silver Medal “Design and Development of Microstrip Array Antenna at 28 GHz” Inotek 2016
20. Silver Medal “Design and Development of Microstrip Antenna For GSM Application” Inotek 2016
21. Silver Medal “Design and Development of Radial Line Slot Array Antenna at 28 GHz” Inotek 2016
22. Silver Medal “Characterization of Antenna at 38 GHz” Inotek 2016
23. Silver Medal “Design and Development of an Antenna at 900 MHz Band for Short Range Wireless Communications” Inotek 2016
24. Bronze Medal “Array Antenna for 5G” Inotek 2016
25. Bronze Medal “Development of PIC-Based Vehicle Braking Alert System Using Unidirectional Transmitter” Inotek 2016
26. Bronze Medal “Nurul Khairiah Binti Zakaria” Inotek 2016
27. Bronze Medal “Design And Development Of Planar Inverted-F Antenna(PIFA) For Short Range Communication Application” Inotek 2016
Supervision of Integrated Design Project (IDP)
Main Supervisor
2021
1. Student : Muhammad Lutfi Mirzan Bin Mohd Said
Student : Muhamad Nor Adib Ikhwan Bin Muhamad Nurozi
Student : Mohammad Haziq Haikal Bin Afrihan
Title of Project : LTE Wi-Fi Enhancement Coverage using External Antenna
Current Status : On-Going
2. Student : Said Al Farhan Bin Sa’id Al-Jifri
Student : Muhammad Afiq Bin Roslin
Student : Muhammad Fauzan Bin Rudin Shah
Title of Project : Fingerprint IoT Based Security Door Lock
Current Status : Completed
2020
1. Student : Arvind A/L Sivashankar
Student : Revathi A/P Manivanan
Student : Shanmukapriya A/P S.Amuthan
Title of Project : Aquaponics Monitoring System IOT Based
Current Status : Completed
2019
1. Student : Samuel Chieng Hoe Sing
Student : Tang Zan Hou
Student : Teoh Wei Jian
Title of Project : Real Time Monitoring System on Laboratory Critical Parameters
Current Status : Completed
2018
1. Student : Amirul Bin Abu Hanifah
Student : Mohamad Zul Hosni Bin Che Badri
Student : Muhammad Hafizudin Bin Shamsuddin
Student : Nurul Atikah Binti Mohd Hayat
Title of Project : Online Monitoring Temperature and Humidity System for Chemical Storage Room in PSM Laboratory, FKEKK UTeM.
Current Status : Completed
2017
1. Student : Nur Khairiyah Binti Hasri
Student : Ain Nabila Binti Alias
Student : Muhammad Zulkhairi Bin Inche Muhammad Zulfikri
Student : Nadea Eznee Binti Rezwanee
Student : Nur Faterah Binti Sharudin
Title of Project : Temperature and humidity monitoring system for learning environment.
Current Status : Completed
2016
1. Student : Muhammad Akliff B. Abd. Rahim
Student : Rabiatul Adawiyah Bt. Azian Kamaruddin
Student : Nursyafikah Bt. Farakkasi
Student : Nurul Khairiah Bt. Zakaria
Student : Abdul Hadi Hassan Al Joumah
Student : Saddam Abdullah Qasem Abdo
Title of Project : Design an RF Front-End System for Wireless Communication
Current Status : Completed
Supervision of Diploma Project
Main Supervisor
2021
1. Student : Wan Muhammad Najmi Bin Wan Othman
Title of Project : Fingerprint Iot Based Security Door Lock
Current Status : Completed
2020
1. Student : Nur Ilman Rif’ad Bin Suhaimi
Title of Project : PH Sensor Based On IoT For Aquaponics System
Current Status : Completed
2. Student : Nurbalqis
Title of Project : Water Level Sensor Based On IoT For Aquaponics System
Current Status : Completed
2015
1. Student : Ahmad Syafirul Bin Mohd Shariff
Title of Project : Embedded Wire Detector
Current Status : Completed
2. Student : Chee Yung Hau
Title of Project : Mobile Phone Detector
Current Status : Completed
3. Student : Elvin Soon Wei Xhuen
Title of Project : Water Level Indicator With Alarm
Current Status : Completed
4. Student : Farah Nur'izzati Binti Hj Mortadha
Title of Project : Remote Control Of Home Appliance For Disabilities
Current Status : Completed
7.0 Teaching Goals
My goal as an academician is to encourage students on their inquisitive nature to explore the knowledge. Depending on the course matters, whenever possible, I will try to relate and stir the student interest into the matter by showing them the connection of their knowledge with the skills needed and how it's going to be apply in real engineering field. I hope I will be able to achieve this goal by continuously improvised myself; in adjusting and updating myself on the relevant teaching approaches so that it is in accordance with the students’ expectation; while upholding my teaching philosophy.
OUTCOME BASED EDUCATION
The VIDEO explain implementation of Outcome-Based Education in Faculty of Electronic & Computer Engineering, UTeM. please click here for detail